Search for instrumentation, components, contacts and more!

Weber Sensors Captor 8010 8020 Power Supply Unit 16 9

Power supply units for the operation of 24 VDC sensors (e. g. flow- and vent-captors) on AC voltage networks. Type 8010, 8011, 8020 and 8021. Relay or optocoupler output.

An early warning system for water in oil status which can reduce the risk of bearings becoming damaged. This highly accurate sensor monitors the oil continuously, measuring the oils Relative Humidity (%RH) and Temperature values (T).

For measuring indoor and outdoor air temperatures, HVAC, engine room, tanks/containers etc. PT100 sensor with IP67 silumin-box that resists shocks and vibrations.

Stern Tube Sensor from Kjaerulf Pedersen

Stern tube bearing sensor with mechanical connection via two adjustable couplings. Highly robust and flexible/bendable with quick reaction time.

The RT-RST-TS is a multi-spot temperature sensor used for measuring the average temperature, primarily in stationary tank systems, with requirements to the tolerance and response time of the temperature measurement.

Insatech Binsfeld Torquetrak Sensor Interface (TTSI) 16 9

The Binsfeld Engineering TorqueTrak Sensor Interface (TTSI) is an optional interface that connects fx. The TorqueTrak TPM2 with your other products / systems. The TTSI takes the Modbus signal from the torque meter and can transform it to additional analog or digital I/O. It’s made from off-the-shelf components and custom programming giving you a flexible and economical solution.

Monitor fuel dilution, soot ingress and contamination of oils and fluids using one online sensor — the only one of its type to measure nS/m conductivity.

The speed sensor FGL 01406 from Dr. E. Horn is composed of a metallic housing that contains the sensor components and, in some cases, the electronic components. This design ensures mechanical durability and prevents interference from external circuits.

The distance sensor IW00016 from Dr. E. Horn is composed of a metallic housing that contains the sensor components and, in some cases, the electronic components. This design ensures mechanical durability and prevents interference from external circuits.

This FGL 01364 from Dr. E. Horn is an inductive phase sensor with an amplifier, which is ideal for sensing objects such as gear wheels, punched discs, and integral steel shafts. It features a coil with an oscillator circuit and amplifier. By adjusting the air gap between the object and the sensor tip, voltage changes in the coil/oscillator system are detected and evaluated.

The FGL01612 from Dr. E. Horn is a sensor used for measuring magnetic fields. The sensor is used in combination with two other devices: the pulse amplifier (EV299013) and the magnet (MG003272).

The speed sensor FGL 01620 from Dr. E. Horn can be used both at extremely low speed, and almost full stop can be detected, and it is also applicable for highspeed rotations up to 20kHz frequency. It is a preferred sensor for offshore and marine purposes because of its vigorous stainless-steel design.

Sensors for the surveillance and measurement of both liquid and gaseous substances, along with inductive proximity switches and hot metal detectors.

Sddefault The Most Accurate And Reliable Fuel Measurement Sensor

Learn about the benefits of Coriolis mass flow meters compared to traditional mechanical flow meters and why this is the preferred fuel flow meter today.

Sensors for the safe operation of large 4-stroke and 2-stroke engines in various fields of application. Networked and project-specific configured measurement and sensor technology protect drive systems worldwide from failures and ensure safety over the entire life cycle.

Danish supplier, that provides temperature sensors

Temperature is one of the most measured values on board and in many cases also one of the most critical factors. An inaccurate or wrongfully positioned / designed sensor can have a huge negative effect on efficiency or operation and in worst case scenarios lead to breakdowns or malfunctions.

Pressure is a useful measurement and can be used in a variety of applications, such as fuel line and air intake pressure. It can also be used for safety purposes, e.g. overpressure safeguarding and leak detection. You can even use it to measure a flow rate and tank level which is very common for cargo monitoring on board vessels.

Knowing exactly how much media is present in a tank or how much product is in a cargo hold is essential for running a ship. The measurement is usually performed by a level instrument using methods such as radar, ultrasonic, electrical capacity, floaters (relays) or pressure. A level measurement can be used in many applications e.g. automating the loading and transfer of cargo, ballast water and fuel to their respective tanks as well as ensure the stability of the vessel via level based trim monitoring.

Provides safety for large motors and drives

Binsfeld Engineering Inc. specializes in rotating-to-stationary data communication systems. Using digital instrumentation technologies transmitted via non-contact inductive couplings or radio frequency devices, their transmitters provide accurate and reliable signals from rotating sensors for example torque meters for ship shafts.

See our range of ballast water test, monitoring and treatment sollutions.

We deliver a wide range of marine instrumentation for measuring temperature, pressure, flow, viscosity and more. Find our full catalogue here.

No results found

To top

Search Search

No results found

No results found

Search